OLED照明市場

OLED照明市場 是由出版商NanoMarkets在2008年09月所出版的。 這份英文市場調查報告書包含170 Pages 價格從美金995起跳。

簡介

目錄

This report analyzes and forecasts the rapidly emerging market for OLED lighting and answers important questions on which segments of the lighting market will see the first penetration of OLED lighting and when and what are the likely improvements that we will see in lifetimes, luminance and efficiency over the coming years. The report provides a thorough examination of the OLED lighting business and includes an analysis of the latest manufacturing techniques and developments on the OLED materials front as well as a detailed applications market analysis of mobile electronics backlighting the vast general illumination market and large outdoor signage displays. It also includes government funded R&D projects around the world that are helping to drive OLED lighting into the market place. Detailed forecasts in volume and value terms are included.

• The unit costs of OLED lights are likely to remain higher than older general lighting technologies but the extra costs will be offset by improved OLED lifetimes and efficiencies. During 2008, OLED lifetimes improved from 24 Khrs to 100 Khrs. Meanwhile, the U.S. Department of Energy now expects OLED lighting to reach 150 lm/W efficiency in 2012 rather than 2014 as previously forecast. NanoMarkets believes that these and other improvements in OLEDs will drive the general illumination market to $2.3 billion in revenues by 2015.
• Manufacturing processes for OLEDs have also progressed significantly. GE and the Fraunhofer Institute have both demonstrated roll-to-roll manufacturing of OLED lighting which will ultimately lead to significant cost improvements in OLED fabrication. Low cost printing approaches and new small molecule inks will also help propel OLEDs into the backlighting market. NanoMarkets expects that the OLED backlighting market will reach $1.1 billion by 2015. And while the first OLED lighting panels are quite small, the recent scaling up of factories in Asia to build large OLED displays will certainly benefit the manufacturing infrastructure for OLED lighting and lead to larger panels within a few years.
• The flat and flexible format presented by OLEDs creates an opportunity to design high-value added lighting fixtures with an appeal to upscale consumers and especially architects. During 2008, lighting designer Ingo Maurer introduced the world' s first OLED "function table light" and researchers at GE are targeting lighted curtains and lighted wallpaper. By 2015, NanoMarkets projects that sales of OLED architectural and specialist industrial lighting will reach $1.9 billion.

Table of Contents

• E.1 Introduction
  • E.1.1 OLEDs vs. ILEDs in the Lighting Market
  • E.1.2 OLED' s Display Opportunities vs. OLED Lighting Opportunities
• E.2 Summary of Opportunities for OLED Lighting
  • E.2.1 Backlighting
  • E.2.2 Other Low-End Applications
  • E.2.3 General-Purpose Lighting
  • E.2.4 Architectural Lighting
  • E.2.5 Signage
  • E.2.6 OLED Lighting in Healthcare
  • E.2.7 Vehicular Lighting
  • E.2.8 Other Applications
• E.3 Competing Technologies
  • E.3.1 EL Lighting
  • E.3.2 E-Paper
  • E.3.3 CNT Emission
• E.4 Firms to Watch in OLED Lighting
  • E.4.1 United States
  • E.4.2 Europe
  • E.4.3 Asia
• E.5 Summary of Market Forecasts

• 1.1 Background to This Report
  • 1.1.1 Are We There Yet?
  • 1.1.2 Heading Off in Many Directions at Once
  • 1.1.3 How do we Get There?
• 1.2 Goal and Scope of this Report
• 1.3 Methodology and Information Sources for this Report
• 1.4 Plan of This Report

• 2.1 OLEDs and Lighting
• 2.2 Parameters
  • 2.2.1 Brightness
  • 2.2.2 Color Quality
  • 2.2.3 Efficiency
  • 2.2.4 Lifetime
  • 2.2.5 Interrelationships of Parameters
  • 2.2.6 Transparency
• 2.3 Materials and Structures
  • 2.3.1 Monomers and Polymers
  • 2.3.2 OLED Device Structures
  • 2.3.3 Light Emitting Materials
  • 2.3.4 Charge Manipulation Materials
  • 2.3.5 Anode Materials
  • 2.3.6 Cathode Materials
  • 2.3.7 Encapsulation and Other Materials
• 2.4 Metrics and Milestones
  • 2.4.1 Efficiency
  • 2.4.2 Pushing the Efficiency Envelope
  • 2.4.3 Lifetime
  • 2.4.4 White OLEDs and Differential Aging
  • 2.4.5 Two-Component White
• 2.5 Manufacturing Issues
  • 2.5.1 Alternative Technologies
  • 2.5.2 Small-Molecule Solutions
  • 2.5.3 Polymer Activity
  • 2.5.4 Going Roll-to-Roll
• 2.6 Flexible Lighting
  • 2.6.1 Challenges
  • 2.6.2 Recent Activity
• 2.7 Key Points Made in this Chapter

• 3.1 Introduction
• 3.2 Solid-State Lighting
• 3.3 General-Purpose Lighting
  • 3.3.1 Incumbent Technologies
  • 3.3.2 The ILED Reality
  • 3.3.3 The OLED Vision
• 3.4 Architectural Lighting
• 3.5 Backlighting
  • 3.5.1 ILEDS Blaze the Backlight Trail
  • 3.5.2 The OLED Value Proposition
  • 3.5.3 Backlight Development Activity
• 3.6 Signage
• 3.7 Industrial Lighting
• 3.8 Healthcare Lighting
• 3.9 Vehicular Lighting
• 3.10 Novelty Applications
• 3.11 Prospects for Flexible OLED Products
• 3.12 The Competitive Picture
  • 3.12.1 ILEDs
  • 3.12.2 ILEDs and OLEDs Head to Head
  • 3.12.3 Thick-Film Electroluminescent (EL) Lamps
  • 3.12.4 E-Paper Lighting
  • 3.12.5 Field-Effect Devices (FEDs)
• 3.13 Key Points Made in this Chapter

• 4.1 Add-Vision
• 4.2 Canon/Tokki
• 4.3 Dai Nippon Printing
• 4.4 Dainippon Screen
• 4.5 DuPont
• 4.6 Fraunhofer
• 4.7 General Electric
• 4.8 Idemitsu Kosan
• 4.9 Kodak
• 4.10 Konica-Minolta
• 4.11 Lumiotec
• 4.12 Novaled
• 4.13 OLED-T
• 4.14 Osram/Siemens
• 4.15 Philips
• 4.16 Sumitomo/CDT/Sumation
• 4.17 Thorn Lighting
• 4.18 Toppan Forms
• 4.19 Toppan Printing
• 4.20 Universal Display
• 4.21 U.S. Government-Funded Projects
  • 4.21.1 U.S. Department of Energy
• 4.22 European Projects
  • 4.22.1 Photonics21
  • 4.22.2 OLLA
  • 4.22.3 OLED100.EU
  • 4.22.4 FlexiDis
  • 4.22.5 Fast2Light
  • 4.22.6 CombOLED
  • 4.22.7 Other EU Projects
• 4.23 German Government Funded Projects
  • 4.23.1 OPAL
  • 4.23.2 CARO
  • 4.23.3 Rollex
• 4.24 U.K. Government-Funded Projects
• 4.25 Asian Government-Funded Programs

• 5.1 Forecasting Methodology
  • 5.1.1 Pricing: Issues and Assumptions
  • 5.1.2 Penetration: Issues and Assumptions
  • 5.1.3 Sources of Information and Scope of Forecast
  • 5.1.4 How Much Confidence Should You Have in These Forecasts?
  • 5.1.5 Comparison with Previous NanoMarkets Forecasts
• 5.2 Backlighting
• 5.3 General-Purpose Lighting
• 5.4 Architectural and Specialized Industrial Lighting
• 5.5 Vehicular Lighting
• 5.6 Signage
• 5.7 Summary of Market Forecasts
• 5.8 Printing, Manufacturing and Materials
• Appendix A: Acronym Guide
• Appendix B: DOE/EERE Awards for OLED Lighting (2000-2008)
• Appendix C : European OLED Projects
  • About the Author

• Exhibit E-1: Summary of OLED Lighting Markets ($ Millions)
• Exhibit 2-1: Evolving Requirements for General Lighting (2002-2020)
• Exhibit 2-2: Next Generation Lighting Industry Alliance 2008
• Exhibit 2-3: Diffuse Lighting Technology Roadmap
• Exhibit 2-4: Metrics of Illuminance
• Exhibit 2-5: CIE Chromaticity Chart
• Exhibit 2-6: OLLA 15 x 15-cm Lighting Tile
• Exhibit 2-7: OLED Efficiency Goals
• Exhibit 2-8: OLED Brightness vs. Lifetime*
• Exhibit 2-9: OLED Brightness vs. Efficiency
• Exhibit 2-10: Simple OLED Device Structure
• Exhibit 2-11: White OLED for Signage
• Exhibit 2-12: Complex OLED Device Structure
• Exhibit 2-13: Early Small-Molecule RGB Set
• Exhibit 2-14: Red+ Green+ Blue=White

• Exhibit 2-15: Flexible OLED with Printed Cathode
• Exhibit 2-16: Efficiency in the OLED Lighting Chain
• Exhibit 2-17: OLED Efficiency Evolves: A Sampling of Small-Molecule Materials/Devices
• Exhibit 2-18: OLED Efficiency Evolves: White Polymer Example
• Exhibit 2-19: OLED Lifetime Evolves: A Sampling of Small-Molecule Materials/Devices
• Exhibit 2-20: OLED Lifetime Evolves: A Sampling of Polymer Materials/Devices
• Exhibit 2-21: Development Areas and Goals 2002
• Exhibit 2-22: Development Areas and Goals 2008
• Exhibit 2-23: Turnkey OLED Manufacturing System
• Exhibit 2-24: GE R2R-Manufactured OLED Panels
• Exhibit 2-25: Rollex R2R Manufacturing System for Organic Lights and Solar Cells

• Exhibit 3-1: Power Drain by Lighting Technology (at 700-900 lumen brightness)
• Exhibit 3-2: CFL vs. Incandescent (power dissipated for equivalent brightness)
• Exhibit 3-3: ILEDs vs Conventional Lighting Technologies
• Exhibit 3-4: ILED Ceiling Fixture
• Exhibit 3-5: ILED String of Light
• Exhibit 3-6: OLED Lamps vs Competing Technologies
• Exhibit 3-7: OLED Sheets of Light
• Exhibit 3-8: OLED Lighting Tiles
• Exhibit 3-9: OLED Lamp
• Exhibit 3-10: ILED "Contour" Light
• Exhibit 3-11: CCFL vs. Other Lighting Technologies
• Exhibit 3-12: Backlight Technologies Compared
• Exhibit 3-13: ILED Side-lighting Mechanism
• Exhibit 3-14: ILED-Backlighted Sign
• Exhibit 3-15: ILED Tee Shirts
• Exhibit 3-16: ILED Fixture Heat Sink Side

• Exhibit 4-1: Next Generation Lighting Industry Alliance
• Exhibit 4-2: DOE SSL Goals: A Twenty-Year Trek?
• Exhibit 4-3: Roadblocks to Solid-State Lighting
• Exhibit 4-4: SSL Project Funding and Technology Split
• Exhibit 4-5: SSL Funding Breakdown by Recipient Type
• Exhibit 4-6: DOE OLED Awards by Year
• Exhibit 4-7: Example OLED Funding by Technology Area
• Exhibit 4-8: DOE OLED Milestones
• Exhibit 4-9: NEDO OLED Partners

• Exhibit 5-1: Eight-Year Forecasts of OLED Backlights for LCD Displays
• Exhibit 5-2: Summary of OLED Backlight Markets ($ Millions)
• Exhibit 5-3: Eight-Year Forecasts of OLED Lighting for General Illumination
• Exhibit 5-4: Eight-Year Forecasts of OLED Lighting for Architectural and Specialized Industrial Lighting
• Exhibit 5-5: Eight-Year Forecasts of OLED Lighting for Vehicular Lighting
• Exhibit 5-6: Eight-Year Forecasts of OLED Signage
• Exhibit 5-7: Summary of OLED Lighting Markets by Application ($ Millions)
• Exhibit 5-8: Summary of OLED Lighting Markets by Manufacturing and Material ($ Millions)

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